A pressure-based preconditioner for multi-stage artificial compressibility algorithms

Keyphrases

• Pressure Control 100%
• Artificial Compressibility 100%
• Three-dimensional (3D) 50%
• Smoothing Operator 50%
• Discretized 50%
• Pressure Gradient 50%
• Navier-Stokes Equations 50%
• Continuity Equation 50%
• Linear Stability Analysis 50%
• System of Equations 50%
• Pressure-based Method 50%
• Laminar Flow 50%
• Multigrid 50%
• Momentum Equation 50%
• Four-stage 50%
• Discrete System 50%
• Factorized 50%
• Damping Properties 50%
• Runge-Kutta Algorithm 50%
• Gradient Term 50%
• Residual Smoothing 50%
• Local Time Stepping 50%
• Similarity Transformation 50%
• Geometric Transformation 50%
• Diagonal Operator 50%
• Damping Efficiency 50%
• Curved Square Duct 50%

Mathematics

• Diagonal 100%
• Residuals 100%
• Equation System 100%
• Time Step 100%
• Similarity Transformation 100%
• Stability Analysis 100%
• Continuity Equation 100%
• Local Time 100%
• Linearized Stability 100%
• Momentum Equation 100%
• Navier-Stokes Equation 100%
• Pressure Gradient 100%

Engineering

• Multistage 100%
• Compressibility 100%
• Smoothing Operator 50%
• Metrics 50%
• Multigrid 50%
• Momentum Equation 50%
• Laminar Flows 50%
• Damping Property 50%
• Local Time 50%
• Residual Smoothing 50%
• Linear Stability Analysis 50%
• Implicit Operator 50%
• Geometric Transformation 50%
• Diagonal Operator 50%
• Square Duct 50%
• Discrete Systems 50%
• Continuity Equation 50%
• Similarity Transformation 50%
• Navier-Stokes Equation 50%
• Equation System 50%
• Pressure Gradient 50%